The healthcare industry is experiencing a paradigm shift with the emergence of generative AI technologies. From analyzing clinical notes to interpreting medical images, these sophisticated models are not just augmenting the capabilities of healthcare professionals, they are fundamentally changing how we approach diagnosis, treatment, and medical research.
What if a person could move a robotic arm just by thinking? Or communicate a full sentence without speaking a word?
AI assistance for children with autism is rapidly evolving, holding the potential to provide 24/7 consistent support, reduce therapy costs while increasing accessibility, enable earlier intervention, create more inclusive educational environments, and empower children to better advocate for their needs.
Saudi Arabia’s $40 billion AI investment creates unprecedented tech opportunities. Discover why global investors are rushing to the Middle East’s new Silicon Valley.
OpenAI has just unveiled its first-ever physical device; and it could be a game-changer for healthcare. If it lives up to its promise, this device could become the most important medical tool since the stethoscope.
It will change the way medicine is practiced.
AI-native banks can deliver something truly valuable: financial services that understand human needs, adapt to individual circumstances, and enable better financial lives. Becoming AI-native isn’t a luxury for banks anymore; it’s survival.
The growing number of abandoned AI projects isn’t an indictment of AI technology itself, but rather a reflection of organizational readiness. By recognizing that data preparation and business alignment are not merely prerequisites but the foundation of AI success, companies can avoid becoming another statistic.
From the data that fuels AI to the powerful models that drive its intelligence, modern AI systems are built on four key pillars: data, applications, large language models, and infrastructure.
Google has introduced NotebookLLM, an innovative tool that brings artificial intelligence directly into familiar notebook environments like Google Colab. While it offers many features for data analysis, one of its most exciting capabilities is helping anyone create polished, professional-sounding podcasts with minimal technical expertise and you can interact with the podcast hosts interactively.
Silicon brain technology isn’t a distant “if”—it’s an imminent “when.” As it weaves into our lives, it offers not just smarter machines but a humanity equipped to tackle climate challenges, unravel disease puzzles, and dream bigger.
AI is getting better at understanding us, helping us, and making work easier. But at the end of the day, it’s just a tool—you decide how to use it.
With its flagship models—DeepSeek-R1 and DeepSeek-R1-Zero—achieving remarkable results on a modest $5.5 million budget, the company has proven that innovation and efficiency can outshine brute-force spending.
The future of education isn’t just bright—it’s virtual, it’s intelligent, and most importantly, it’s accessible to everyone. And that might be the biggest breakthrough of all.
Saudi Arabia, known globally for its oil reserves, is now channeling its resources into becoming a tech titan, particularly in artificial intelligence (AI). This monumental shift is part of Vision 2030, a strategic framework to diversify the economy, enhance the quality of life, and position the Kingdom as a global leader in technology.
Ola’s experience highlights an important aspect often overlooked in healthcare innovation: the patient experience. Her insights provide a compelling argument for the integration of AI into healthcare systems, not only to advance medical treatments but also to humanize and personalize the patient journey. The briefing doc underscores the potential of AI startups to drive this transformation and bridge the gap between medical excellence and comprehensive patient care.